At the BarCamp “DevOps Camp compact 2017” last weekend, I moderated a discussion round based on the question
“What prevents you from doing software development effectively?”
The original reason for this question was that I wanted to know…
At the BarCamp “DevOps Camp compact 2017” last weekend, I moderated a discussion round based on the question
“What prevents you from doing software development effectively?”
The original reason for this question was that I wanted to know…
When working with bigger software systems, it’s easy to get lost in all the source code that makes up the system. A good software system has to provide a structure that allows developers to quickly grasp the main ideas of a system. A proven method to achieve this is using hierarchies and schemas. With this approach, tiny things can be summed up to bigger ones that make somehow sense in a more broader view…
In Carola Lilienthal’s talk about architecture and technical debt at Herbstcampus 2017, I was reminded that I wanted to implement some of the examples of her book “Long-lived software systems” (available only in German) with the structural analysis tool jQAssistant. Especially the visualizations of the dependencies between different business subdomains seemed like a great starting point to try out some stuff…
Recently I came over a great visualization of imported classes by one class made by Mike Bostock with his Hierarchical Edge Bundling in D3. I wondered how hard it would be to reimplement this visualization with jQAssistant and Neo4j and show actual dependencies between Java types. So let’s have a look!
In software development, it’s all about knowledge – both technical and the business domain. But we software developers transfer only a small part of this knowledge into code. But code alone isn’t enough to get a glimpse of the greater picture and the interrelations of all the different concepts. There will be always developers that know more about some concept as laid down in source code. It’s important to make sure that this knowledge is distributed over more than one head…